Industrial Rubber Seals
Industrial gaskets developed through advanced extrusion processes constitute the critical underlying component that guarantees thermal, acoustic, and mechanical insulation in automated assembly lines and complex engineering structures across Europe.
In high-demand environments, the simple choice of a generic commercial profile is insufficient, as pressure fluctuations, weathering, and friction wear demand ultra-precise elastomeric responses. ISOGOM responds to this global challenge by transforming rigorous technical requirements into custom sealing solutions, specifically designed to withstand the most severe working conditions in sectors such as automotive, heavy transport, rail, and building.
Geometric Optimization and Resilience Against Severe Environmental Dynamics
The long-term performance of industrial rubber seals in the manufacturing sector depends not only on raw material quality, but on the geometric engineering applied to the extrusion die. Our solutions are specifically configured to simultaneously counteract dynamic compression vectors, structural harmonic vibrations, and degradation from chemical agents or UV rays.
Through the development of cellular, tubular, or single and multiple lip geometries, we ensure the gasket recovers its original shape after thousands of opening cycles or constant pressures, minimizing the phenomenon of compression set. This dimensional precision ensures that dust, industrial fluids, and contaminating particles remain completely blocked at the metal-rubber or plastic-metal contact interfaces.
Polymer Versatility for Multidisciplinary Applications
Each industrial operating environment demands a differentiated chemical response to mitigate the risks of material fatigue and sealing failures in assembly plants.
- EPDM Elastomers: Established as the definitive standard for outdoor enclosures, automotive rubber extrusions, and systems exposed to weathering due to their extraordinary resistance to ozone and thermal aging.
- Industrial Silicones: Designed to withstand extreme thermal ranges, from cryogenics to high-temperature applications in processing machinery or lighting.
- Thermoplastics and PVC: Excellent for components requiring coordinated structural rigidity or quick-clipping geometries.
- Co-extruded Profiles (Dual Durometer): Advanced processes that fuse a rigid base for an unbreakable mechanical anchorage together with a sponge bulb that guarantees a soft, hermetic closure into a single piece.
We are present in a wide range of applications…
Construction
Industry
Transport
Others
Competitive Advantages of Choosing ISOGOM Technological Capacity
Aligning your supply chain with ISOGOM means collaborating with a consolidated European partner since 1998 that integrates the entire value cycle, from the technical drawing feasibility analysis to the final delivery of the mass product. Our B2B methodology eliminates unnecessary intermediaries and drastically reduces development times thanks to an in-house machining and grinding workshop for high-fidelity extrusion dies.
We operate under an integrated management system with international ISO 9001:2015 certification, which guarantees absolute traceability of polymer batches and micrometric consistency in every linear meter manufactured. This allows us to agilely supply original equipment manufacturers (OEMs) and bodybuilders who demand strict compliance with delivery deadlines and international technical regulations.
Mechanical Fastening System Integration and Plant Optimization
An excellent gasket design loses its value if its installation process on the assembly line introduces inefficiencies or excessive labor costs. At ISOGOM, we conceive sealing solutions with ergonomics and the insertion speed of the operator or robotic arm in mind.
We develop custom solutions with rigid bases for insertion into rails or T-track guides, profiles with internal metal inserts for permanent press-fit clipping onto metal flanges, and flat strips treated with high-transfer structural adhesives. This integration flexibility decreases downtime in our clients’ production plants, guaranteeing a clean, firm engagement free of short-term corrective maintenance.
Frequently asked questions
To perform a precise feasibility study and budget, our engineering department requires a technical drawing of the profile in standardized digital formats (such as CAD, STEP, or DWG) or, failing that, a physical sample of the component. Additionally, it is indispensable to detail the working conditions of the sector: usual operating temperatures, exposure to chemical agents or oils, planned fastening method, and the estimated production volume.
Compact EPDM offers higher Shore A hardness and mechanical resistance against tearing, cuts, or direct impacts, being ideal for clamping profiles, U-profiles, or rigid bases. Cellular (or sponge) EPDM possesses a closed-cell structure that traps air inside, which gives it great lightness, low compression force, and excellent water and air tightness under very reduced closing pressures.
Yes, thanks to our latest technology co-extrusion and tri-extrusion lines, we can combine materials of different physical properties in a single continuous process, such as a rigid PVC for structural fastening and a soft or sponge rubber for the sealing contact area. It is also viable to combine different colors to optimize corporate aesthetics or comply with industrial safety technical markings.